| J. E. Fenstad. "Natural Language Systems," in R. T. Nossum, editor, Advanced Topics in Artificial Intelligence: 2nd Advanced Course, Lecture Notes in Artificial Intelligence, Vol. 345, Berlin, Germany: Springer-Verlag, 1987, pp. 189--233. |
....v e = the meltdown e 1 Figure 2: The unified DRS for Figure 1. Theoretical issues in natural language semantics have been implemented on pilot systems employing situation schemata. The grammar described in [31] for example, has been fully implemented using a lexicalfunctional grammar system [32] and a fragment including prepositional phrases has been implemented using the DPATR format [19] 4 BABY SIT: The Proposed Computational Model The proposed computational model consists of seven primitive domains: individuals (D) times (T ) places (L) labels (Q) relations (R) polarities (I) ....
J. E. Fenstad. "Natural Language Systems," in R. T. Nossum, editor, Advanced Topics in Artificial Intelligence: 2nd Advanced Course, Lecture Notes in Artificial Intelligence, Vol. 345, Berlin, Germany: Springer-Verlag, 1987, pp. 189--233.
....WINDOWS COMMON LISP Figure 3: The software structure of BABY SIT. Theoretical issues in natural language semantics have been implemented on pilot systems employing situation schemata. The grammar described in [16] for example, has been fully implemented using a lexical functional grammar system [17] and a fragment including prepositional phrases has been implemented using DPATR. 5.4 BABY SIT BABY SIT is a computational medium based on situations, a prototype of which is currently being developed in KEE TM (Knowledge Engineering Environment) 20] The implementation language is Common Lisp ....
J. E. Fenstad. "Natural Language Systems," in R. T. Nossum, editor, Advanced Topics in Artificial Intelligence: 2nd Advanced Course, Lecture Notes in Artificial Intelligence, Volume 345, Berlin, Germany: Springer-Verlag, 1987, pp. 189--233.
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